Answer:
The quadratic equation has one real root with a multiplicity of 2.
Step-by-step explanation:
Given a quadratic equation:
You can find the Discriminant with this formula:
<em> </em>In this case you have the following quadratic equation:
Where:
Therefore, when you substitute these values into the formula, you get that the discriminant is this:
Since , the quadratic equation has one real root with a multiplicity of 2 .
1. H=4
W=8
2. L=27
W=21
1. 160÷5=32
1/2 of 8 is 4
8×4=32
I am default dancing right now
2. 2×6=12
96-12=84
84÷4=21
21+6=27 (the length)
21= (the Width)
There should only be one step necessary
(4m-1) / m = 4 - 1/m
Answer:
C
Step-by-step explanation:
We have congruent angles in the middle and 2 sides are congruent as well which makes (Angle-Side-Side) which doesn't work for congruent triangles.
We use the log rule logₐ b = x ⇒ aˣ = b
Given (3)³ = 27
Following the rule, we can write (3)³ = 27 as
log₃ 27 = 3
Correct Answer: C
